You would use a polygon object to create pattern curves quickly, and adjust simulation parameters to organize collision among character, pants, and colliders. 你会使用一个多边形对象创建模式曲线迅速,并调整组织对撞机模拟参数之间的性格碰撞,裤子和。
Study the effects of R-parity violating supersymmetry at linear colliders 线性对撞机上R宇称破缺超对称效应研究
Primitive Colliders are less costly for objects under physics control. 原型控制器对于对象的物理控制更加节省资源。
Sets the mass based on the attached colliders assuming a constant density. 基于附加的碰撞器假设一个固定的密度设置质量。
NOTE: Currently this only checks against the bounding volumes of the colliders not against the actual colliders. 注意:一般来说,这个函数检查的是碰撞体的包围体,而不是碰撞体的实际边界。
The Department of energy plans to use the powerful laser to drive a very compact particle accelerator via a process called laser wakefield acceleration, boosting electrons to high energies for use in colliders or for imaging or medical applications. 美国能源部计划利用这台高功率激光器,通过一种叫做激光尾波场加速的过程推动一个非常紧凑的粒子加速器以获得高能电子,将之用于对撞机、成像或医学应用。
The Study of Top-pions Production at the e γ Colliders eγ对撞机上Top-pion介子产生的研究
Particle physicists turn to enormous colliders to refine the model and search for particles that break it. 粒子物理学们乞助于巨年夜的对撞机用以年夜头确定章个模子而且搜索打破这个模子的粒子。
As you watched in the previous chapter, you will see the process of making colliders, connect to clothes, and adjust parameters to avoid troubles. 正如您在前面的章节观看,你会看到对撞机过程中制作,连接到衣服,并调整参数,以避免麻烦。
If material is shared by colliders, it will duplicate the material and assign it to the collider. 如果材质被碰撞器共享,它将复制材质并指定给碰撞器。
Add mesh colliders to imported meshes. 添加网格碰撞器给导入的网格。
Static Colliders are used for level geometry which always stays at the same place and never moves around. 静态碰撞器用于总是待在同一个地方不移动的水平几何体。
The Production of the Top-pions Associated with Top Quark At Hadron Colliders 强子对撞机上top-pion介子与t夸克的关联产生
A base class of all colliders. 所有碰撞器的基类。
Detecting the Neutral Top-pion at the High Energy Linear Colliders 高能直线对撞机上中性Top-pion介子的探测
One of the most important tasks of colliders is exploring the electroweak symmetry breaking mechanism and the mass generation mechanism of gauge bosons and fermions, which verifying the SM. 目前及将来对撞机的一个最主要的任务之一就是研究弱电对称破缺机制以及规范玻色子和费米子的质量起源,来检测标准模型。
In this paper, we study the signatures of these new particles in the future high-energy linear e~+ e~-colliders ( ILC). 本文具体讨论了重规范玻色子在高能线性e~+e~-对撞机(ILC)上产生的可能物理信号。
Production and Decay of the Neutral Top-Pion in High Energy e~+ e~-Colliders 中性top-pion的产生和衰变
In particle-beam field, the most intriguing applications of the nanotubes-rope channeling are connected with the possibility of particle acceleration in high gradient accelerating field, and with the possibility of construction of TeV colliders. 在粒子束物理领域中,碳纳米管绳沟道的最诱人应用是与在高梯度加速场里粒子加速的可能性相联系和与建造TeV对撞机的可能性相联系。
To study the physics of Quark-Gluon Plasma needs large hadronic colliders of extremely high energy. 对夸克-等离子体状态的研究需要具有相当高的能量的大型强子对撞机来实现。
Possibility of Detecting the top-Higgs at High Energy e~+ e~-Colliders 在高能e~+e~-对撞机上探测top-Higgs的可能性
A proper detector model which was proposed for use in future P-P colliders LHC and SSC and the P-P collision events at energy 16 and 40 Tev in the center of mass are simulated. 对一种适用于未来高能P-P对撞机上的探测器模型和质心能在16和40TeV的P-P对撞事例中进行了模拟。
CP violating effects in top quark pair production at electron and positron colliders have been widely studied. 电子正电子对撞产生top对过程中的CP破坏效应已经被广泛的研究了。
Top-Pions and Single top Production at the HERA and THERA Colliders Top介子与HERA和THERA对撞机上的单顶夸克产生
High-power radiation sources in millimeter and sub-millimeter waves have a great prospect of applications to radar, plasma heating, high-gradient linear colliders, and communications, and therefore, attract more and more attention in many countries. 高功率毫米亚毫米波源,在雷达、等离子体加热、高能加速器、通信等方面有着重要的应用前景,一直以来受到各国的重视。
This thesis is devoted to the tests of new physics beyond the Standard Model in astro-physical observations and colliders. 本论文试图通过分析天文观测与对撞机实验,以检验超出标准模型的新物理模型。
Like Relativistic Heavy Ion Collider ( RHIC) and other high energy colliders, it helps us explore the Quantum Chromo-Dynamics ( QCD) phase diagram of strongly interacting matter. 它与相对论重离子对撞机(RHIC)及其它高能对撞机一样,有助于我们认识量子色动力学(QCD)相图。
Moreover, an interest appeared recently towards the use of bulk ferroelectrics as control elements of high-power phase-shifters and switches for linear colliders. 此外,近年来铁电体块材也用来制备高功率移相设备的控制元件和直线对撞机的转换开关。